A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of building construction, and particularly relates to a building component anti-falling construction method and an anti-falling device.The anti-falling device comprises sliding sleeves, two sets of positioning columns and two transverse rods, and the two ends of the transverse rods are connected to the different sliding sleeves correspondingly; a protective steel mesh is arranged between the two cross rods; and a climbing mechanism and a locking mechanism for fixing the sliding sleeve on the positioning column are arranged on the sliding sleeve. The anti-falling construction method of the building component comprises the following steps that a site is leveled before construction, and then scaffolds are built on the periphery of a building layer by layer through connecting pieces by using standard pipes according to a conventional method; after the scaffold is built, the anti-falling device is built on the side, away from the building, of the scaffold; along with advancing of construction, the climbing mechanism and the locking mechanism are controlled, so that after the anti-falling device is moved to a required position, the worker performs construction operation. According to the scheme, the safety in the building construction process can be improved, and the situation that building tools and constructors easily break through limitation of a traditional gauze element and fall is effectively avoided.
本发明属于建筑施工技术领域，具体涉及建筑构件的防坠施工方法及防坠装置，防坠装置包括滑套、两组定位柱和两根横杆，横杆的两端分别连接在不同的滑套上；两根横杆之间设有防护钢网；滑套上设有爬升机构和将滑套固定在定位柱上的锁紧机构。建筑构件的防坠施工方法，包括以下步骤：在施工前先整平场地，然后采用常规方法使用标准管材通过连接件在建筑外围逐层搭建脚手架；搭建脚手架后，在脚手架远离建筑的一侧搭建上述防坠装置；随着施工的推进，控制爬升机构和锁紧机构，使防坠装置移动到需要的位置后，工人再进行施工作业。本方案能够提高建筑施工过程中的安全性，有效避免建筑工具、施工人员容易冲破传统纱网的限制而坠落。
The invention belongs to the technical field of building construction, and particularly relates to a building component anti-falling construction method and an anti-falling device.The anti-falling device comprises sliding sleeves, two sets of positioning columns and two transverse rods, and the two ends of the transverse rods are connected to the different sliding sleeves correspondingly; a protective steel mesh is arranged between the two cross rods; and a climbing mechanism and a locking mechanism for fixing the sliding sleeve on the positioning column are arranged on the sliding sleeve. The anti-falling construction method of the building component comprises the following steps that a site is leveled before construction, and then scaffolds are built on the periphery of a building layer by layer through connecting pieces by using standard pipes according to a conventional method; after the scaffold is built, the anti-falling device is built on the side, away from the building, of the scaffold; along with advancing of construction, the climbing mechanism and the locking mechanism are controlled, so that after the anti-falling device is moved to a required position, the worker performs construction operation. According to the scheme, the safety in the building construction process can be improved, and the situation that building tools and constructors easily break through limitation of a traditional gauze element and fall is effectively avoided.
本发明属于建筑施工技术领域，具体涉及建筑构件的防坠施工方法及防坠装置，防坠装置包括滑套、两组定位柱和两根横杆，横杆的两端分别连接在不同的滑套上；两根横杆之间设有防护钢网；滑套上设有爬升机构和将滑套固定在定位柱上的锁紧机构。建筑构件的防坠施工方法，包括以下步骤：在施工前先整平场地，然后采用常规方法使用标准管材通过连接件在建筑外围逐层搭建脚手架；搭建脚手架后，在脚手架远离建筑的一侧搭建上述防坠装置；随着施工的推进，控制爬升机构和锁紧机构，使防坠装置移动到需要的位置后，工人再进行施工作业。本方案能够提高建筑施工过程中的安全性，有效避免建筑工具、施工人员容易冲破传统纱网的限制而坠落。
Anti-falling construction method and anti-falling device for building component
建筑构件的防坠施工方法及防坠装置
2023-06-13
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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